A tunable wavelength conversion of coherent signals light based on the four-wave mixing (FWM) in the photonic crystal
fiber (PCF) is demonstrated in this paper. The phase match condition of four-wave mixing in photonic crystal fiber has
been discussed, and the wavelength range that satisfies the phase match condition has been summarized. By use of 20-
meter photonic crystal fiber whose zero dispersion wavelength is at about 1550 nm and whose nonlinear coefficient at
1550 nm is ~11 (Wkm)-1, tunable wavelength conversion is achieved. The measured maximum conversion efficiency of
1554.42 nm and 1537.3 nm coherent signals light is -15 dB and -7 dB respectively, and the 3dB conversion bandwidth is
over ~50nm.
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